Directly factorize and solve a sparse matrix resulting from an FEM-based analysis of general 3-D electromagnetic problems in linear (optimal) complexity.
Directly invert or factorize a dense matrix resulting from an IE-based analysis of general 3-D circuit layouts in linear (optimal) complexity.
Directly invert or factorize a dense matrix resulting from an IE-based analysis of general 3-D electrically large electromagnetic problems in low complexity.
Solve the low-frequency breakdown problem of full-wave solvers.
Overcome the time step limit due to space step while preserving the explicit time marching.
Simulate the physical layout of intgrated circuits and systems directly without circuit extraction.